Dehumidifying and drying equipment
Category:
The humid air inside the cabin is forcibly circulated by a fan integrated into the equipment. First, it passes through activated carbon adsorption cotton and a UV lamp assembly for disinfection. Then, it flows over the unit’s evaporator (with a refrigerant evaporation temperature of about 5℃), where the air is processed to its mechanical dew point (with a relative humidity of approximately 95%), causing significant condensation to form. As a result, the absolute humidity of the air decreases. Next, utilizing the Carnot principle, the hot refrigerant gas discharged from the compressor enters the condenser, where it heats and dries the cabin air passing through it (while maintaining constant absolute humidity, the relative humidity is reduced to about 30%). Finally, electric heating is used to precisely control the outlet air temperature (around 50℃). This cycle repeats continuously, achieving the cabin’s overall drying and dehumidification function, thereby efficiently drying all the clothes inside the cabin.
After the clothes in the room have been dried, it’s necessary to ventilate the room air. At this point, you’ll need to turn on the total heat exchanger. The total heat exchanger exchanges heat between outdoor and indoor air, then exhausts the indoor air while simultaneously blowing the heat-exchanged outdoor air into the room.
Dehumidifying and drying equipment
Category:
- Description
-
The humid air inside the cabin is forcibly circulated by a fan integrated into the equipment. First, it passes through activated carbon adsorption cotton and a UV lamp assembly for disinfection. Then, it flows over the unit’s evaporator (with a refrigerant evaporation temperature of about 5℃), where the air is processed to its mechanical dew point (with a relative humidity of approximately 95%), causing significant condensation to form. As a result, the absolute humidity of the air decreases. Next, utilizing the Carnot principle, the hot refrigerant gas discharged from the compressor enters the condenser, where it heats and dries the cabin air passing through it (while maintaining constant absolute humidity, the relative humidity is reduced to about 30%). Finally, electric heating is used to precisely control the outlet air temperature (around 50℃). This cycle repeats continuously, achieving the cabin’s overall drying and dehumidification function, thereby efficiently drying all the clothes inside the cabin.
After the clothes in the room have been dried, it’s necessary to ventilate the room air. At this point, you’ll need to turn on the total heat exchanger. The total heat exchanger exchanges heat between outdoor and indoor air, then exhausts the indoor air while simultaneously blowing the heat-exchanged outdoor air into the room.
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